Home      Products     Laser Ceramic       99% Alumina Ceramic Laser Cavity Reflect
  • 99% Alumina Ceramic Laser Cavity Reflector for Alma Lovely Flashlamps Pumping Chambers
  • 99% Alumina Ceramic Laser Cavity Reflector for Alma Lovely Flashlamps Pumping Chambers
  • 99% Alumina Ceramic Laser Cavity Reflector for Alma Lovely Flashlamps Pumping Chambers
99% Alumina Ceramic Laser Cavity Reflector for Alma Lovely Flashlamps Pumping Chambers99% Alumina Ceramic Laser Cavity Reflector for Alma Lovely Flashlamps Pumping Chambers99% Alumina Ceramic Laser Cavity Reflector for Alma Lovely Flashlamps Pumping Chambers

99% Alumina Ceramic Laser Cavity Reflector for Alma Lovely Flashlamps Pumping Chambers

  • Category: Laser Ceramic
  • Material:99% Alumina Ceramic
  • Surface:Full glazed
  • 97.8% reflectance efficiency at 1000nm
  • Apilication:Alma Lovely Flashlamps Pumping Chambers
  • Product description:Alumina Ceramic Laser Cavity Reflector made of Technical ceramics.Technical ceramics are favoured in a wide range of electronics and engineering applications for their chemical and mechanical properti
  • INQUIRY  

99% Alumina Ceramic Laser Cavity Reflector for Alma Lovely Flashlamps Pumping Chambers

Product Description

Alumina Ceramic Laser Cavity Reflector made of Technical ceramics.
Technical ceramics are favoured in a wide range of electronics and engineering applications for their chemical and mechanical properties. Compared to metals, they are stronger in compression, especially at higher temperatures. Ceramics have a good thermal stability (i.e. a low coefficient of thermal expansion) and good thermal and electrical resistance. They are also hard, and have excellent dimensional stability.


High reflectance of Alumina Ceramic Laser Cavity Reflector
• Excellent dielectric strength
• Superior corrosion resistance
• Exceptional thermal stability
• High strength and hardness
• Inherent cleanliness

Why Choose Us Alumina Ceramic Laser Cavity Reflector
• Selecting the best material for your application
• Designing for manufacturability:
• Optimize performance
• Minimize manufacturing cost
• Ensure fit/function compatibility
• Engineering quality through manufacturing process

INQUIRY